Product Description:

The MAC041C-0-TS-4-E/050-A-0/WI673LV/S007 is an AC servo motor produced by Bosch Rexroth Indramat within the MAC AC Servo Motors series. As a compact rotary actuator for analog drive systems, the motor converts current from a compatible amplifier into controlled shaft torque and speed. This operation supports positioning, speed regulation, and coordinated motion in packaging equipment, handling systems, and other automated machinery. The compact housing allows the motor to fit axes where mounting space is limited, while its feedback system provides the signals needed for closed-loop motion control.

Heat is dissipated through natural convection, so the housing requires unobstructed airflow to remain within its permitted operating temperature range without forced cooling. The motor has no blocking brake, which means drive torque or an external mechanical device must hold the shaft when the axis is stationary. Its motor size of 041 establishes the housing cross-section and mounting envelope used for this MAC motor. The frame has a length code C, providing a stator stack suitable for the motor’s torque capacity while maintaining a compact installation depth. Electromagnetic performance is set by the TS winding, which determines the electrical characteristics required by the compatible amplifier. These winding characteristics allow the drive to regulate motor current during acceleration, steady operation, and controlled deceleration.

Power wiring is routed through a connector on side A, allowing cables to approach the housing from the designated connection face. This connector position can help keep conductors clear of adjacent axes and moving machine components when the motor is installed in a compact assembly. Velocity regulation uses incremental tachometer feedback, which supplies the analog speed signal needed by the drive controller. Position tracking is provided by an incremental encoder, allowing the controller to monitor shaft movement after the axis completes its homing procedure. The motor is designed for analog drives, so its feedback signals and electrical behavior are compatible with the corresponding MAC control architecture. Power and feedback connections should be routed separately from high-interference conductors to preserve signal quality during closed-loop operation.